🚀 Hexapod Robot MATLAB Simulation – 6-Legged Walking Animation with Tripod Gait

📌Product Description

Bring your robotics projects to life! Watch a 6-legged hexapod robot gracefully walk across a 3D world in MATLAB. Perfect for students, hobbyists, and engineers, this project combines realistic kinematics, gait planning, and animation to help you learn and showcase robotics in action.

With interactive 3D visualization and GIF-ready animation, this hexapod simulation is a complete hands-on experience for anyone passionate about robotics or MATLAB.

🛑Key Features:

⚡ Smooth Tripod Gait Animation – Watch the hexapod’s legs move naturally in 3D with precise swing and stance phases.

🤖 Full Inverse Kinematics – Calculates hip and knee angles for all six legs for realistic motion.

🦵 Legged Robot Physics – Spring-damper foot-ground contact with friction for believable interactions.

🎨 3D Visualization in MATLAB – Body, joints, legs, and foot pads rendered in vibrant colors.

🎥 GIF Output Included – Automatically generates a looping GIF of your hexapod walking.

⚙️ Fully Customizable Parameters – Adjust stride length, swing height, velocity, and simulation time.

📚 Well-Commented MATLAB Scripts – Easy to learn, modify, and integrate into your own projects.

📌What’s Inside the Package?

Main Script: hexapod_simulation.m – full simulation & animation.

Functions:

hexapod_params.m – robot dimensions & gait setup.

hexapod_plot.m – 3D visualization helper.

hexapod_ik.m – inverse kinematics solver.

hexapod_gait.m – foot trajectory generator.

hexapod_jacobian.m – Jacobian calculation for legs.

contact_model.m – foot-ground interaction physics.

Outputs: hexapod_animation.gif (created after running the script).

Documentation: README.txt – explains setup, usage, and parameter tuning.

🎯 Applications

Robotics research & coursework

Legged robot gait simulation and optimization

Control systems and dynamics learning

Educational demonstrations and STEM projects

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